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What Is The Working Principle Of The Relay In Slicing Machine?
- Sep 20, 2017 -

What is the working principle of the relay in Slicing Machine?
When the coil in the Slicing Machine is powered on, the core is magnetized, resulting in a sufficiently large electromagnetic force to suck the arm of the Slicing Machine to drive the reed movement, the movable joint and the static connector There will be a closed action or separate action; when the coil in the Slicing Machine is disconnected from the power supply, the electromagnetic force of the coil will disappear and the armature of the Slicing Machine will return to the original starting position. The dynamic contact in the Slicing Machine And static contact, will once again reach the original closed state or separation state. When using a new type of relay in the Slicing Machine, only the control, the circuit connected to the relay contact, that is, the switch, Slicing Machine in the relay can be used to control the entire circuit.
Be sure to avoid the use of relays in Slicing Machines in environments that contain the following gases. In this case, the plastic-sealed relays in the Slicing Machine do not prevent the effects of these gases on the contacts. Slicing machine in the use of sealed relays in the Slicing Machine relay around the existence of a series of silicon silicon materials (such as silicone rubber material, silica filler, silicone oil, silicone coating agent, etc.), will produce silicon Of the volatile gases may cause corrosion of the relay contacts in the Slicing Machine, resulting in poor contact of the contacts. So, when using Slicing Machine, be sure to confirm the actual work, the use of the Slicing Machine gas environment, because the relay in the Slicing Machine is really important, not sloppy.
Magnetic single-circuit drive circuit in Slicing Machine: Magnetic latching single loop for Slicing Machine, and drive circuit for Slicing Machine. When the components in the circuit in the Slicing Machine enter the signal, the current will flow to the capacitor C, when the charge operation, charging current to the Slicing Machine in the relay coil, when the Slicing Machine in the relay , The storage capacitor C and the coil of the power supply Tr in the circuit in the Slicing Machine are discharged. The coil of the relay in the Slicing Machine is discharged through the transistor, and the reset of the relay in the Slicing Machine is also Transistor.
The main parameters of the Slicing Machine relay are as follows: Slicing Machine The rated operating voltage of the relay or the rated operating current of the Slicing Machine relay, which is the voltage and current required for the Slicing Machine relay for the Slicing Machine. Slicing Machine relays of the same function are constructed in much the same way. In order to meet the different requirements of voltage and circuit applications, a Slicing Machine relays, usually with a variety of rated operating voltage or a wide range of rated current, we usually Slicing Machine in the relay specifications, Model for Slicing Machine electromagnetic relay distinction, this distinction is very important and very useful.
Usually we are talking about the load on the Slicing Machine relay switch, which is relatively small, but certainly greater than the load on the switching circuit in the Slicing Machine, which is incorrect. In general, the load on the relay switch in the Slicing Machine is below the rated voltage, the circuit current in the Slicing Machine is greater than 100mA, and the relay switch current is less than 75% of the rated current. If the current in the current in the Slicing Machine is less than 100mA, the carbon content of the contacts will increase and the reliability of the Slicing Machine relay switch will be reduced. Thus, 100mA is known as the test current in the Slicing Machine circuit, which is the technical condition for the production of Slicing Machine relays at home and abroad and the specific content of the safety level of the Slicing Machine relay switch.